Francisco Sans

This is just a small code that has a volume (3D dataset) as an input and generates downsampled versions of the same volumes. Useful in some cases where the original volume is too large or for the generation of test volumes. To run it, you must indicate the path of a RAW file, the width, the height, the depth, and the number of bits per channel. The software was developed entirely by myself.

A skeletal animation renderer that uses the Assimp library to load the model and displays its skeletal animation. The application was implemented with OpenGL and C++, using GLSL to modify the vertex information according to the elapsed time and the bone information of the model. It was developed using B3D files, but theoretically, it will support any model that can be loaded by Assimp. The software was developed entirely by myself.

OpenGL renderer for an MD2 model using Assimp as a loader. The application was implemented with OpenGL and C++, using the elapsed time and interpolating in the CPU the animation key-frames every rendering frame. The software was developed entirely by myself.

A CUDA volume ray casting. The application was implemented with OpenGL, CUDA, and C++, using CUDA to ray cast the volume and calculate the color of every pixel of the final image. OpenGL renders the generated image as a texture on the screen. The software was developed entirely by me and was part of a research for performance comparison with other volume ray casters using OpenCL and Compute Shader.